It is easiest to install Git on Linux using the preferred package manager of your Linux distribution. If you prefer to build from source, you can find tarballs on kernel.org. The latest version is 2.39.1. Debian/Ubuntu For the latest stable version for your release of Debian/Ubuntu
Slitaz Install Debian Package On Centos
Since it comes with little more than a text editor and a terminal, the first thing you should do is install some applications. The Apps icon in the bottom launcher bar displays all the Tiny Core packages available to you. The Apps repository also includes important drivers, so it's useful when you're looking to get a WiFi card or a printer working.
When installing a new application or utility, you can choose between having the package load into Tiny Core at boot time or on demand. Choosing to load a package at boot makes it available to you immediately and still available after a reboot (as you would expect). Choosing to load it on demand means the package is available after Tiny Core downloads the package, but after a reboot, it won't be loaded into memory. This may keep your boot time fast and Tiny Core's footprint in RAM tiny, but it also means the package data isn't loaded into memory until you use it for the first time each session.
The Puppy Installer application is also used to install apps onto Puppy. Because Puppy is based on Ubuntu, there aren't likely to be any Linux packages missing from its repositories, and if there are, you can probably use a Flatpak.
Arch didn't make the list only because it doesn't tend to advertise itself as a tiny distro. I wanted to avoid listing any distribution that has the option for a "minimal install" or even defaults to a minimal install, and favour distributions that intend to provide a full-on usable Linux in a tiny package. It's just an arbitrary choice made for a set of arbitrary rules I set in place for myself while writing the article.
DSL hasn't been updated since 2008 it seems so its unlikely to have up to date security packages and such (and this is a big thing in favour of centos 0 red hat isn't likely to lose interest in their product). Thats the worse case scenario - being without security updates suddenly. The big distros usually have a predictable release cycle for easier long term planning.
You may want to write a new language pair, but you could download a language pair to test the install. Follow the instructions for Install language data by compiling. Or, if your system has packaging, download a language package (but beware, a package manager may pull in a old package of Apertium core, too).
The Ark Linux kernel is already patched with ndiswrapper and the userland tool is included. For many cards, you can simply "apt-get install driver-cardname" and it will be configured correctly automatically. For other cards, use the normal "ndiswrapper -i" mechanism and if it works, let devel-list at arklinux dot org know so we can package the driver for other users of the same chipset.
EzPlanetOne includes ndiswrapper driver release 1.1 with kernel 2.6.10 at 5th April 2005. Previous releases 1.0 and 1.0rc2 were included in kernels 2.6.10 and 2.6.9 also available for download. The driver is built into the standard kernel for i586/i686. An additional ndiswrapper package, installed by default, includes the userspace ndiswrapper installer. Wireless configuration is done through the standard Network configuration tool after having installed the NDIS driver as per Installation
So, I had a look under 'Packages' in the SliTaz panel, and found the following plugins have already been installed as well as the ffmpeg package itself:- gst-ffmpeg-small- gst-plugins-base- gst-plugins-good- libao
Remove gst-ffmpeg-small,it's not compiled to decode wma.tazpkg remove gst-ffmpeg-smallThe following packages depend on package "gst-ffmpeg-small": midori-videoRemove package "gst-ffmpeg-small" (0.10.13)? (y/N)Choose y for yes to remove.Install gst-plugins-full meta-package:tazpkg -gi gst-plugins-fullVerify gst-ffmpeg is installed which is compiled to decode wma:tazpkg depends gst-plugins-full grep gst gstreamer (1.9M) gst-plugins-base (3.2M) gst-plugins-good (2.7M) gst-plugins-good-extra (1.4M) gst-plugins-bad (4.3M) gst-plugins-ugly (796K) gst-ffmpeg (7.7M)
A key point to note is, only the core packages available in the PPAs will be updated once new updates are released. However, the packages not present in the PPAs will not be available for installation.
Retroarch is an emulation tool that allows users to emulate various consoles, such as Sega Genesis, Nintendo Wii, and the Commodore 64. The emulation of the consoles is made possible with the help of the package installer that is used in installing the apps.
Once the installation is successful, you will now proceed to the final stage, installing Retroarch into your Fedora Operating system. We shall do this with the assistance of the DNF package manager. Open the terminal and execute the command below:
OpenSUSE does not have Retroarch repositories, making it hard to install the application directly using the default application manager (Zypper). Hence in such an instance, we shall use the snap package manager to install the application into our operating system.
After ensuring that snap is installed into your OpenSUSE operating system, you will dive into the final step, installing Retroarch using the installed snap package manager. You can do so using the command line below:
Then, you should probably make it into a .deb package, so you can install it without breaking dependencies of the programs you want to use. I'm out of my knowledge, but Compiling source into a DEB package seems to provide info.
Other Linux distributions like Debian and Gentoo include Webmin as a package that can be downloaded and installed automatically. On Debian, the command apt-get install webmin will install the latest version available in the Debian APT repository. However, this can sometimes be a few versions behind the newest official release, so you may want to download from instead. On Gentoo Linux, the command emerge webmin will install the latest version from the Gentoo Portage repository, which should be the same as the newest official release.
On every page of the Webmin website is a link in the top-right corner for the RPM package. A link can also be found on the page Once you have downloaded it, you should have a file on your Linux system named something like webmin-1.1.070-1.noarch.rpm To install, run the following command as root:
On every page of the Webmin website is a link in the top-right corner for the tar.gz package. A link can also be found on the page Once you have downloaded it, you should have a file on your system named something like webmin-1.1.070.tar.gz . To install the package, follow these steps:
Now that the package has been installed, you can open a web browser, and go to the URL :10000/ if you are running the browser on the same Linux system that Webmin was installed on, or if the browser is being run on another PC. Either way, a web form will appear prompting for a username and password as shown in Figure 2-1. Login using the username and password that you chose before in response to the Login name and Login password questions.
The Solaris package version of Webmin is only available for download from Once you have downloaded it, you should have a file on your Solaris system named something like webmin-1.1.070-1.pkg.gz . To install, run the following commands as root:
The Solaris package can only fail if you already have Webmin installed, or if you do not have the Perl executable at /usr/local/bin/perl. If you have Perl installed somewhere else on your system, you should create a symbolic link from /usr/local/bin/perl to the real location.
Assuming the Solaris package install completes successfully, you will be able to login to Webmin immediately. Open a web browser, and go to the URL :10000/ if you are running the browser on the same Linux system that Webmin was installed on, or if the browser is being run on another PC. Either way, a web form will appear prompting for a username and password as shown in Figure 2-1.
You should be able to login as root, using the same password as the root Unix user on your Linux system. However, if you change the Unix root password in future the Webmin root user will not change. This is because the package install just copies the current password from the /etc/shadow file. 2ff7e9595c
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